Tech

Tech.us has delivered more than 1,500 technology projects across 30+ industries, including regulated and operationally complex environments. Its teams include AI engineers, software developers, architects, data specialists, product leaders, project managers, designers, QA professionals, and operations teams across the United States and India.

The company's approach combines business strategy, AI engineering, software development, data, integration, security, and ongoing operations. Tech.us is model-neutral and selects models, platforms, and tools according to the use case, data, quality, cost, latency, security, deployment requirements, and existing infrastructure.

Contact

• Address: 2033 Gateway Pl Ste 500, San Jose, CA 95110
• Email: info@tech.us
• Phone: 1-866-277-3383

Tech.us was founded on the principle that technology should solve a meaningful business problem, fit the people and systems around it, and continue working after launch.

• AI strategy and roadmapping: AI readiness assessments, use-case prioritization, AI roadmaps, ROI modeling, workflow analysis, risk assessment, and implementation planning.
• AI engineering and implementation: Generative AI, custom AI/ML, computer vision, natural language processing, predictive models, and LLM development.
• AI agents and workflow automation: AI agents, copilots, agentic workflows, process automation, and multi-agent orchestration operating within defined guardrails.
• Custom software and modernization: Custom applications, web and mobile apps, SaaS development, cloud solutions, platform engineering, APIs, and legacy modernization.
• Dedicated AI and software teams: AI engineers, software outsourcing, staff augmentation, and flexible teams that work as an extension of an organization.
• AI operations and optimization: AI evaluation, monitoring, MLOps, managed AI services, output evaluation, issue resolution, and continuous improvement.

Technical capabilities

Tech.us works across:

• AI and machine learning: Generative AI, custom AI/ML, computer vision, NLP, predictive models, LLM development, and MLOps.
• Agents and automation: AI agent development, agentic workflows, AI copilots, process automation, and multi-agent orchestration.
• Data and enterprise knowledge: RAG, enterprise search, knowledge systems, vector databases, data engineering, data pipelines, data quality and governance, and analytics.
• Enterprise integration: API, LLM, CRM, ERP, database, document-system, and custom system integration.
• Software, cloud, and modernization: Custom applications, web and mobile apps, SaaS, legacy modernization, platform engineering, AWS, Microsoft Azure, Google Cloud, and DevOps.
• Security and governance: Secure AI architecture, identity and access, data protection, AI governance and compliance, guardrails, monitoring, and human approval controls.

Tech.us requires human review of AI-generated code before it is accepted into a client system.

• Fixed-scope assessments and productized services.
• End-to-end AI and software implementation projects.
• Dedicated AI and software engineering teams.
• Ongoing optimization, support, and managed AI services.

The recommended engagement model depends on the desired outcome, scope, speed, and internal capacity.

Getting started

Clients can bring a business problem, workflow, product idea, stalled initiative, or existing system to a 30-minute project call. The discussion covers the business goal, systems, data, constraints, and current stage, followed by identification of the most practical next step.

Project investment

Project investment depends on the problem, scope, technical complexity, data readiness, integrations, security requirements, scale, timeline, and engagement model. Before development begins, Tech.us defines the recommended approach, phases, deliverables, team, and expected investment.

Timing and ownership

Engagements typically begin within 1 to 2 weeks, depending on scope clarity, required expertise, and team availability. The expected start date is established before the agreement is finalized.

For work-for-hire custom-development agreements, code and project intellectual property created for the engagement belong to the client, subject to the final contract terms. Tech.us also offers its own IP and technology for licensing, and ownership is documented before delivery begins.

After launch

Tech.us can monitor performance, evaluate AI outputs, maintain integrations, resolve issues, strengthen workflows, and improve systems as data, models, requirements, and business conditions change.

Construction software services

• Preconstruction workflow software that brings planning tasks into one place and supports real-time updates.
• Cost estimation and bidding software for comparing costs, preparing bids, and managing approvals.
• Design collaboration platforms for architects, engineers, contractors, and other stakeholders.
• Submittal and document management systems that organize files and provide access to current versions.
• Project scheduling and planning tools based on data-backed insights.
• Risk and scope analysis solutions that identify potential risks and provide visibility into scope-change impacts.

AI-driven preconstruction capabilities

Tech.us offers tools for:

• Digital takeoff automation from construction drawings.
• Room and space understanding.
• Interior and symbol detection.
• Linear measurement of walls, railings, ducts, and other elements.
• Floor and area detection.
• Wall detection and measurement.
• Conversion of 2D drawings into interactive 3D floor plans.
• Automatic counting of fixtures, components, and other drawing symbols.

These capabilities are designed to support faster takeoffs, clearer project scope, improved quantity planning, reduced manual markups, and more consistent estimates.

Construction sectors served

Tech.us supports commercial construction, residential construction, infrastructure and civil engineering, industrial construction, interior fit-out and renovation, and architecture and design firms.

The company's construction work includes estimating, document review, takeoffs, scope analysis, field operations, design coordination, and knowledge access.