ZTABS develops ERP solutions for Seattle companies managing complex operational workflows — seafood industry ERP systems that track catch-to-consumer supply chains for the Pacific Northwest's $3+ billion commercial fishing and seafood processing industry where species-specific traceability requirements, cold chain management, FDA and NOAA regulatory compliance, and the volatile pricing dynamics of wild-caught seafood demand ERP capabilities that generic systems like SAP and Oracle cannot provide without millions in customization, manufacturing ERP platforms that coordinate production planning, inventory management, quality control, and supply chain operations for the Puget Sound region's aerospace parts manufacturers, food processors, and specialty manufacturers where Boeing's production schedule changes cascade through hundreds of suppliers who need ERP systems that can adapt to demand fluctuations in real time, and multi-entity ERP consolidation that unifies financial reporting, inventory management, and operational data across the subsidiaries, divisions, and acquired companies that characterize Seattle's growing mid-market enterprises where post-acquisition system integration is often the bottleneck that prevents realizing acquisition synergies.
ERP development in Seattle serves industries with operational complexity that exceeds the capabilities of generic ERP platforms. Seattle's ERP landscape: Seattle's ERP needs are shaped by the city's distinctive industrial base. While most major US cities have ERP demand driven by standard manufacturing, distribution, and professional services, Seattle has several industries with unique ERP requirements that push beyond what SAP, Oracle, and Microsoft Dynamics offer out of the box. The seafood industry is Seattle's most distinctive ERP challenge. Pike Place Market may be Seattle's most recognizable landmark, and the commercial fishing industry that supplies it represents one of the Pacific Northwest's largest economic sectors. Alaska and Washington State together produce more than 50% of US commercial seafood — with Seattle serving as the primary processing, distribution, and export hub. The seafood supply chain is unlike any other: catch variability — unlike manufacturing where you control production volume, seafood volume depends on ocean conditions, fish runs, and regulatory quotas that change annually. An ERP system must handle dramatic variability in raw material supply — processing plants may run at 20% capacity one week and 120% the next. Species-specific traceability — FDA and NOAA require lot-level traceability from vessel to consumer. Each lot must track: vessel name, catch location (GPS coordinates), catch date, species, catch method, and every subsequent processing step. This traceability must be maintained through processing (heading, gutting, filleting, portioning, freezing), storage, and distribution. Cold chain management — seafood must maintain specific temperature ranges throughout the supply chain. The ERP must integrate with temperature monitoring systems and flag any cold chain breaks that could affect product safety or quality. Volatile pricing — wholesale seafood prices fluctuate dramatically based on supply (catch volume), demand (restaurant and retail orders), quality (grade and condition), and seasonality. The ERP must support dynamic pricing, forward contracts, and inventory valuation that accounts for price volatility. Export compliance — Seattle is a major seafood export hub (particularly to Japan, China, and the EU). Export requires species-specific documentation (catch certificates, health certificates, phytosanitary certificates), origin country compliance (each importing country has different documentation requirements), and USDC grading for quality certification. Manufacturing ERP in the Puget Sound area is driven by the aerospace supply chain and specialty manufacturing. Boeing's Puget Sound operations create demand for ERP systems that handle aerospace-specific requirements: AS9100 quality management, ITAR compliance for defense-related components, and the complex BOMs (bills of materials) involved in aircraft component manufacturing. Beyond aerospace, the region has significant food processing (Pacific Northwest produce, dairy, and specialty foods), beverage manufacturing (craft brewing, distilling, winemaking), and industrial manufacturing. Multi-entity ERP consolidation addresses the challenge facing Seattle's growing mid-market companies. Private equity firms, holding companies, and acquisition-driven businesses in the Seattle market frequently operate multiple entities on different systems — a company that acquires three businesses inherits three different accounting systems, three inventory management approaches, and three sets of operational processes. Consolidating these onto a unified ERP platform enables financial reporting transparency, operational efficiency, and the synergy realization that justified the acquisition.
Seattle ERP development demand spans seafood supply chain, manufacturing operations, multi-entity consolidation, and industry-specific customization. Seafood Industry ERP: catch-to-consumer traceability (ERP systems that maintain complete chain of custody from vessel to end customer — tracking each lot through receiving, processing (heading, gutting, filleting, portioning, smoking, canning), freezing, storage, and distribution with FDA-compliant lot coding that enables rapid recall if food safety issues arise — for Seattle seafood: traceability must handle the complexity of multi-species processing where a single processing shift may handle 5-10 different species with different processing flows, grading criteria, and regulatory requirements), production planning for variable supply (ERP modules that plan processing operations based on expected catch volumes — coordinating labor scheduling, cold storage capacity, packaging materials, and shipping logistics around the inherently unpredictable timing and volume of seafood deliveries — for Seattle seafood: production planning must handle the seasonal intensity of Alaska salmon processing where processing plants operate 18-20 hours per day during peak season and then operate at minimal capacity during the off-season), inventory and cold storage management (ERP systems that manage frozen and fresh seafood inventory across multiple cold storage facilities — tracking lot locations, temperatures, aging (days since production), and quality status (grade, condition) — with FIFO enforcement and automated alerts for product approaching shelf-life limits — for Seattle seafood: inventory management must handle the high value and perishability of seafood — a cold storage facility may hold $20M+ in frozen seafood inventory where any temperature excursion can result in total product loss), and sales and pricing (ERP modules for seafood sales — managing the complexity of daily price negotiations (seafood is often sold through daily price lists that fluctuate with supply and demand), forward contracts (commitments to deliver specific species at agreed prices over future periods), customer-specific pricing (different prices for foodservice distributors, retail chains, export customers, and direct-to-consumer), and commission structures (broker commissions that vary by species, customer, and volume) — for Seattle seafood: sales pricing must integrate with market data sources that provide real-time wholesale seafood prices for key species)). Manufacturing ERP: production planning and scheduling (ERP modules for manufacturing planning — MRP (material requirements planning that calculates raw material needs based on production schedules and BOMs), capacity planning (aligning production schedules with available machine and labor capacity), shop floor control (tracking work orders through production stages with real-time status updates), and quality management (integrating quality inspections into the production workflow with hold-for-inspection controls and non-conformance tracking) — for Seattle manufacturing: production planning must handle the make-to-order complexity of aerospace component manufacturing where each order may have unique specifications, quality requirements, and delivery schedules), supply chain management (ERP modules for procurement and supply chain — purchase order management, supplier performance tracking, inventory optimization (balancing holding costs against stockout risk), and demand forecasting — for Seattle manufacturing: supply chain management must handle the long lead times of aerospace materials (specialty metals can have 6-12 month lead times) and the quality certification requirements (each material lot must have traceable certifications from the material supplier)), and financial management (ERP financial modules tailored for manufacturing — job costing (tracking actual costs against estimated costs for each production job), WIP accounting (valuing work-in-process inventory based on labor, material, and overhead applied), standard costing with variance analysis (comparing actual costs to standard costs and analyzing variances by cause), and multi-currency accounting (for manufacturers with international customers or suppliers) — for Seattle manufacturing: financial management must support the prevailing wage requirements for government contract work and the tax reporting requirements specific to Washington State (no income tax but B&O tax based on gross revenue))). Multi-Entity ERP: system consolidation (migrating multiple acquired entities from disparate systems (QuickBooks, Sage, legacy ERP) to a unified ERP platform — standardizing chart of accounts, inventory coding, customer and vendor master data, and operational processes across entities — for Seattle: system consolidation must be executed without disrupting ongoing operations at any entity — typically through a phased migration approach that migrates one entity at a time while maintaining cross-entity reporting from the first migration), consolidated financial reporting (building a consolidated financial reporting structure that supports: entity-level P&L and balance sheet, division/segment reporting, intercompany transaction elimination, and consolidated group financial statements — for Seattle: consolidated reporting must satisfy both internal management needs (monthly operational reporting) and external requirements (audit, tax, and potentially investor/lender reporting))).
Our ERP development for Seattle builds or customizes ERP systems that handle industry-specific complexity while maintaining the financial accuracy and operational reliability that enterprise operations demand. Phase 1 — Requirements and System Design (3-4 weeks): understanding the operational requirements before selecting or building technology: operational analysis (documenting every business process the ERP must support — from procurement through production, inventory, sales, and finance — with specific attention to industry-specific requirements that generic ERPs miss — for Seattle: operational analysis includes regulatory analysis — identifying every FDA, NOAA, OSHA, L&I, and industry-specific compliance requirement the ERP must enforce), system evaluation (evaluating whether the requirements can be met through: commercial ERP customization (SAP Business One, Microsoft Dynamics 365, NetSuite, Sage — with industry-specific extensions and custom development), industry-specific ERP (platforms built for specific industries — Seasoft for seafood, SYSPRO for manufacturing, Acumatica for distribution), or custom ERP development (building a purpose-specific system when no commercial platform adequately handles the industry's unique requirements) — for Seattle: we recommend commercial platforms with customization when 70%+ of requirements are standard, and custom development when the industry-specific requirements are so extensive that customization would cost more than building purpose-built), and migration planning (planning the data migration and transition — mapping data from existing systems, planning cutover timing, and designing the parallel-running period — for Seattle: migration planning must minimize business disruption — seafood companies cannot afford ERP downtime during fishing season, and manufacturers cannot afford inventory accuracy issues during active production)). Phase 2 — Development (8-16 weeks): building or customizing the ERP: core module development (building or configuring the core ERP modules — financials (GL, AP, AR, fixed assets), inventory (receiving, storage, transfers, physical counts), procurement (PO management, vendor management, receiving), sales (order management, pricing, invoicing), and production (work orders, BOM, routing, shop floor control) — for Seattle: core modules must handle Washington State tax requirements (B&O tax, sales tax with complex nexus rules, and the absence of income tax which affects financial reporting)), industry-specific features (building the features that differentiate the ERP for the specific industry — for seafood: catch traceability, cold chain monitoring integration, species-specific grading, and export documentation — for manufacturing: AS9100 quality management, ITAR controls, aerospace BOM management — for multi-entity: intercompany transaction management, consolidated reporting, entity-specific configurations), integration (connecting the ERP with existing systems that will continue to operate alongside it — banking (payment processing and bank reconciliation), payroll (ADP, Paychex, or in-house payroll), e-commerce (for companies with online sales channels), CRM (for customer relationship data that supplements the ERP's customer master), and industry-specific systems (cold storage monitoring, shop floor data collection, EDI with trading partners)), and reporting and analytics (building the reporting layer — operational reports (inventory status, production progress, open orders), financial reports (P&L, balance sheet, cash flow, budget vs. actual), and management analytics (KPI dashboards, trend analysis, exception reporting) — for Seattle: reporting must satisfy both daily operational needs (a seafood plant manager needs real-time production and inventory visibility) and periodic compliance needs (FDA traceability reports, financial audits, tax filings))). Phase 3 — Migration and Go-Live (3-5 weeks): transitioning to the new ERP: data migration (migrating master data and transaction history — customer records, vendor records, product/item master, inventory balances, open orders, and financial balances — with rigorous validation to ensure accuracy — for Seattle: data migration must preserve the traceability and audit trail that regulatory compliance requires — historical lot traceability data and quality records must be accessible in the new system), parallel running (operating the new ERP alongside the existing system for a validation period — processing transactions in both systems and comparing results to verify accuracy — for Seattle: parallel running duration depends on industry — seafood companies need parallel running through at least one processing cycle, manufacturers need parallel running through a complete financial close), and go-live support (intensive support during the first month of live operation — on-site support, rapid issue resolution, and user assistance — for Seattle: go-live support must include competent help for the edge cases that only emerge in production — the unusual transaction types, exception scenarios, and regulatory situations that testing couldn't fully replicate)).
Seafood / Catch-to-Consumer Supply Chain Management
A Pacific Northwest seafood company — operating a processing plant in Seattle's Interbay industrial district, cold storage facilities in Seattle and Tacoma, and a distribution operation serving restaurants, retailers, and export customers across the US, Japan, and the EU — needed to replace its fragmented technology with a unified ERP system. The company processed 28 million pounds of seafood annually — primarily wild-caught Alaska salmon (sockeye, king, coho), Pacific cod, halibut, black cod (sablefish), and Dungeness crab. Annual revenue was $92M with 45% domestic foodservice, 25% domestic retail, and 30% export (primarily Japan and EU). Technology challenges: the company operated 5 disconnected systems: accounting (QuickBooks Enterprise — adequate for basic financials but unable to handle multi-currency export transactions, inventory valuation for 400+ SKUs, or job costing for custom processing orders), inventory (a custom Access database built 12 years ago by a former employee — tracking inventory by lot but unable to handle the complexity of the company's 3 cold storage locations with 18,000 pallet positions — manual inventory counts took 3 days per month and still had 8% variance), production (paper-based — production supervisors tracked processing activities on handwritten production sheets that were entered into Excel by admin staff 1-2 days after production — creating a gap between physical production and system records), sales (combination of spreadsheets and a legacy DOS-based sales system — sales managers maintained customer pricing in personal spreadsheets, and the sales system couldn't handle the complexity of daily price negotiations, forward contracts, and export documentation), and traceability (a standalone lot tracking system that maintained FDA-required traceability records — but wasn't integrated with inventory or production, requiring manual cross-referencing when traceability inquiries arose). Business impacts: inventory valuation uncertainty — the finance team couldn't produce accurate inventory valuations because the Access database tracked quantities but not values, and the transfer between raw material, WIP, and finished goods wasn't systematically recorded. Monthly inventory valuations required 2 weeks of manual analysis by the controller, and the result was still estimated to be ±5% accurate — representing a ±$1.5M uncertainty on $30M in average frozen inventory. Traceability compliance risk — the company had received a warning from an FDA auditor during the last inspection that the manual cross-referencing between the traceability system, production records, and inventory was inadequate for rapid recall purposes. The FDA requires the ability to trace product forward and backward through the supply chain within 24 hours — the company estimated it would take 3-5 days with their current systems. Pricing and margin erosion — without integrated cost and pricing data, sales managers couldn't see real-time margins on sales negotiations. Some pricing decisions were based on outdated cost data, resulting in below-margin sales that weren't discovered until month-end financial review. The controller estimated that pricing errors cost the company $800K-$1.2M annually in margin leakage. Export documentation burden — each export shipment to Japan or the EU required 8-12 documents (catch certificates, health certificates, packing lists, commercial invoices, bills of lading, species certification, grade certificates) — prepared manually by 2 full-time export documentation specialists who spent 80% of their time assembling and cross-checking documents.
We developed a purpose-built seafood ERP over 14 weeks — designed specifically for the catch-to-consumer seafood supply chain with integrated traceability, cold chain management, and export compliance. Catch Receiving and Traceability: receiving module — when raw material arrived at the processing plant (from fishing vessels, tenders, or other processors): the system created a receiving lot with: vessel/source identification, species, catch area (ADF&G statistical area for Alaska catches, NOAA area for Pacific catches), catch date range, catch method (troll, seine, gillnet, longline, pot), quantity (weight), quality grade (based on receiving inspection), and temperature at receiving. Each receiving lot was assigned a unique lot code that followed the product through every subsequent processing step. When a receiving lot was processed into finished products, the system maintained the parent-child relationship between receiving lots and finished goods lots — enabling bidirectional traceability (from any finished product back to the catching vessel, and from any receiving lot forward to all finished products it became). Production Management: processing module — the production system tracked processing operations in real-time: production orders (work orders specifying what to produce — species, product form (fillets, portions, headed & gutted, canned), pack style, and quantity), yield tracking (recording actual yield percentages by species and product form — comparing actual yields against standards to identify opportunities for improvement and detect processing issues), labor tracking (recording labor hours by production line, shift, and product — enabling accurate job costing and labor productivity analysis), quality inspection (integrating quality checks into the production workflow — temperature monitoring, organoleptic evaluation (texture, color, odor), and defect inspection — with hold-for-review controls that prevented questionable product from entering inventory), and byproduct tracking (tracking fish waste and byproducts — heads, frames, viscera — with their disposition (rendered for fish meal, sold for pet food, or disposed) — enabling complete mass balance reconciliation that verified receiving weights matched the sum of finished products plus byproducts). Cold Storage and Inventory: inventory management — unified inventory across 3 cold storage facilities (18,000 pallet positions): lot-level inventory tracking (every pallet tracked with lot code, species, product form, grade, weight, production date, and cold storage location — with barcode scanning for all inventory movements), cold chain monitoring (integration with the cold storage temperature monitoring system — continuous temperature logging by storage zone with automated alerts for temperature excursions and automatic hold placement on affected inventory), FIFO enforcement (the system enforced first-in-first-out for inventory allocation — ensuring oldest product was shipped first within quality and customer specification constraints), and inventory valuation (real-time inventory valuation using actual landed cost (raw material cost + processing labor + processing overhead + cold storage cost) — providing accurate financial reporting and enabling margin analysis by product, species, and customer). Sales and Pricing: sales module — managing the complexity of seafood sales: daily price management (species-specific price lists updated daily based on market conditions — the system maintained current, historical, and customer-specific pricing with margin analysis showing the real-time margin for each price at current cost), forward contract management (managing sales commitments for future delivery — tracking committed volumes against available inventory and expected production, with exposure alerts when committed volumes approached or exceeded expected supply), customer order management (processing orders with customer-specific requirements — pack specifications, label requirements, shipping temperature, and delivery scheduling), and export documentation (automated generation of export documents based on order and lot data — catch certificates populated from lot traceability data, health certificates from quality inspection records, and commercial invoices from order pricing — reducing document preparation from hours to minutes per shipment). Financial Management: fully integrated financials — GL, AP, AR, and cost accounting: multi-currency support (managing transactions in USD, JPY, EUR, and GBP with realized and unrealized gain/loss calculation), job costing (tracking actual costs by production batch — raw material cost, direct labor, processing overhead, cold storage, and packaging — compared against standard costs with variance analysis), and Washington State tax compliance (B&O tax calculation and reporting, sales tax for domestic retail sales, and exemption management for wholesale and export transactions).
The ERP was deployed over 6 weeks — timed for the transition between salmon season and the lower-volume winter processing period. Traceability: full-chain traceability time reduced from 3-5 days to 15 minutes — meeting FDA's 24-hour requirement with significant margin. The system could trace any finished product back to the specific vessel, catch area, and catch date, and trace any receiving lot forward to every finished product and the customers who received it. During a mock recall exercise conducted 3 months after go-live, the company identified all affected product, customer shipments, and current inventory within 22 minutes — compared to the estimated 3-5 days with the previous system. Inventory Management: inventory accuracy: improved from 92% (8% variance on physical counts) to 99.1% (0.9% variance) within 6 months. The improvement was driven by real-time barcode-scanned inventory transactions replacing manual tracking. Inventory valuation: accurate to within 0.5% (validated against physical count values) — compared to the previous ±5% uncertainty. The finance team could produce monthly inventory valuations in 2 hours (down from 2 weeks). Cold chain compliance: 100% of inventory had continuous temperature documentation — compared to approximately 70% documentation coverage with the previous manual system. Three cold chain excursions were detected by the monitoring integration in the first year — each was contained within 2 hours, preventing product loss totaling an estimated $180K. Financial Impact: margin improvement from pricing accuracy: $940,000 annually — sales managers could see real-time margins during price negotiations, eliminating the below-margin sales that had been costing the company $800K-$1.2M annually. Export documentation efficiency: $160,000 in labor savings (1.6 FTE redeployed from document preparation to sales support — export documents that previously took 2-4 hours per shipment were now generated in 10-15 minutes). Inventory reduction: $1.2M one-time working capital release — better visibility into inventory aging and demand enabled the company to reduce average frozen inventory from $30M to $28.8M without affecting fill rates. Production yield improvement: $280,000 annually — real-time yield tracking identified processing line variations that, when corrected, improved average yield by 0.8% (on 28M pounds of raw material, even small yield improvements have significant dollar impact). Month-end close acceleration: reduced from 18 working days to 7 working days — enabling faster financial visibility and decision-making. Total annual financial impact: $2.56M (excluding the one-time $1.2M inventory reduction). ERP development cost: $580,000 (14 weeks). Annual operating cost: $84,000 (AWS infrastructure, support, and regulatory update maintenance). ROI: 4.4:1 in the first year.
Custom modules for finance, inventory, HR, CRM, procurement, and reporting.
Connect with accounting software, e-commerce, shipping, and third-party APIs.
Dashboards, reports, and exports to support business decisions.
Role-based permissions, approval workflows, and audit trails.
Architectures that scale with your organization and support multiple entities.
Seattle ERP developers include major ERP implementation partners, industry-specific ERP vendors, and custom development firms. (1) Major ERP partners (SAP, Oracle, Microsoft Dynamics consultants) — deep platform expertise but customization for seafood, aerospace manufacturing, or multi-entity consolidation can cost $500K-$2M+ and take 12-24 months. (2) Industry-specific ERP vendors (Seasoft for seafood, SYSPRO for manufacturing, Acumatica for mid-market) — purpose-built but may lack the flexibility for complex operations that span multiple industry categories. (3) Custom development firms — can build anything but may lack ERP domain expertise (double-entry accounting, inventory costing, MRP logic). ZTABS builds ERP solutions with deep industry domain expertise — understanding both the technical requirements (accounting standards, inventory valuation methods, MRP algorithms) and the industry-specific requirements (seafood traceability, aerospace quality, multi-entity consolidation) that differentiate an effective ERP from a generic database.
ERP development in Seattle varies by industry complexity, entity count, and integration requirements. ERP customization (commercial platform + industry extensions, 8-12 weeks): $150,000-$350,000. Industry-specific ERP (purpose-built for seafood, manufacturing, or distribution, 12-16 weeks): $350,000-$700,000. Multi-entity ERP consolidation (system migration + consolidation, 14-20 weeks): $400,000-$800,000. Ongoing: $8,000-$20,000/month for hosting, support, and regulatory compliance updates. ZTABS delivers at $230-330/hr — ERP engineers with Seattle seafood, manufacturing, and multi-entity enterprise expertise.
Verified reviews from real client engagements — sourced from our public testimonial archive and Clutch profile.
My experience is throughout positive. Communication, service, the short response times and the flawless execution of a challenging topic was absolutely great. ZTABS is definitely my first choice again.
Christian Neff
Bank Software Advisory · Bank Software Advisory
Fintech
Fantastic Agency! I couldn't fault them even if I tried. They always go above and beyond to meet your expectations and always produces quality work. Thank you ZTABS.
Stephanie Kal
CEO · Beauty Finder Australia
Marketplace
It has been great working with ZTABS. They bounce off the ideas along the way. Amazing Experience.
Joel Rowe
CEO · Drill Quoter
Marketplace
We don't just contract. We ship and operate our own software. 23 products in production.
Common questions about ERP development for Seattle businesses
For a company with $50-$200M in revenue: commercial ERP implementation (SAP Business One, Dynamics 365, NetSuite): 4-9 months including requirements, configuration, customization, data migration, and go-live. Custom/industry-specific ERP: 3-6 months for core modules, with additional modules added in subsequent phases. We recommend phasing ERP implementations — go live with financials and core operations first, then add advanced modules (production planning, advanced analytics, export compliance) in subsequent phases. This reduces risk and delivers value earlier.
ZTABS is a remote-first ERP development agency serving Houston businesses — including modules & workflows, integrations, reporting & analytics. We work with Energy & Oil/Gas, Healthcare & Biotech, Aerospace & Defense companies in Houston, TX via timezone-aligned engineers and async workflows; we do not have a local office, and we are explicit about that with every client.
ERP Development in New York, NYZTABS is a remote-first ERP development agency serving New York businesses — including modules & workflows, integrations, reporting & analytics. We work with Finance & Fintech, Media & Advertising, Fashion & Retail companies in New York, NY via timezone-aligned engineers and async workflows; we do not have a local office, and we are explicit about that with every client.
ERP Development in Los Angeles, CAZTABS is a remote-first ERP development agency serving Los Angeles businesses — including modules & workflows, integrations, reporting & analytics. We work with Entertainment & Media, E-commerce & DTC Brands, Gaming & AR/VR companies in Los Angeles, CA via timezone-aligned engineers and async workflows; we do not have a local office, and we are explicit about that with every client.
Web Development in Seattle, WAZTABS is a remote-first web development agency serving Seattle businesses — including full-stack development, progressive web apps, api development. We work with Cloud Computing, E-commerce & Retail Tech, AI & Machine Learning companies in Seattle, WA via timezone-aligned engineers and async workflows; we do not have a local office, and we are explicit about that with every client.
Web Design in Seattle, WAZTABS is a remote-first web design agency serving Seattle businesses — including ui/ux design, responsive design, custom interfaces. We work with Cloud Computing, E-commerce & Retail Tech, AI & Machine Learning companies in Seattle, WA via timezone-aligned engineers and async workflows; we do not have a local office, and we are explicit about that with every client.
AI Development in Seattle, WAZTABS is a remote-first AI development agency serving Seattle businesses — including llm integration & fine-tuning, ai agents & automation, rag & knowledge systems. We work with Cloud Computing, E-commerce & Retail Tech, AI & Machine Learning companies in Seattle, WA via timezone-aligned engineers and async workflows; we do not have a local office, and we are explicit about that with every client.
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