Developer Tools
MCP servers, CLIs, SDKs, APIs, and open source tooling for building on agentic AI platforms.
Building on agentic AI platforms requires the right developer tools—from MCP servers and CLIs to SDKs, APIs, and integration frameworks. Explore open source tooling, integration guides, and developer resources for building, extending, and connecting AI-powered applications.
606 articles in this category
AI Policies for Law Firms: A Practical 2026 Guide
Most law-firm AI policies fail because they police the tool instead of the architecture. Here is what an AI policy for a law firm should actually cover — and why deployment is the real control.
Conversational AI for Higher Education, You Own
Conversational AI is how students actually reach the university — chat, voice, after hours. Here is what conversational AI for higher education looks like when the institution owns it.
Renting Enterprise AI Costs Far More Than the Invoice
Per-seat AI looks cheap on the first invoice and compounds with every new user, while owning the platform flips the cost curve once adoption scales.
The Student-Data Problem With K-12 AI Vendors Today
Most classroom AI tools route children's prompts and work to a vendor's cloud, leaving districts with COPPA and FERPA exposure and no real control over where minors' data lives.
Per-Student AI Pricing: The Real Math for Universities
Per-seat AI pricing looks small per head and large per institution; here is the arithmetic universities actually face at scale, and how ownership changes the curve.
Why Air-Gapped AI Is Non-Negotiable for Federal Agencies
For classified, IL5/IL6, CUI, and law-enforcement-sensitive work, the AI has to run on hardware the agency controls — disconnected, owned, and inspectable down to the source.
Best AI for Higher Education: A 2026 Comparison
Choosing AI for a university comes down to FERPA, cost at full enrollment, integration, and ownership — not just model quality. Here is how the main options compare in 2026.
Best LLM for Enterprise: Claude vs GPT-5 vs Open
There is no single best LLM for enterprise — there is the best model for each use case, and the freedom to switch. Here is how the leading options compare, and why model-agnostic wins.
Harvey & CoCounsel Alternative: Air-Gapped Legal AI
Harvey and CoCounsel are powerful legal AI tools — and cloud services. For firms where privileged matter can't leave the building, here is the air-gapped, owned alternative.
Cohere Alternative: Sovereign AI You Fully Own
Cohere pioneered the enterprise sovereign-AI message. Here is how a fully owned, model-agnostic platform compares — including running open and proprietary models you choose.
Claude for Financial Services Alternative You Own
Claude for Financial Services is a capable cloud product. For banks and advisors that need client data to stay on their own servers, here is the owned, air-gapped alternative.
Claude for Education & ChatGPT Edu Alternative You Own
Claude for Education and ChatGPT Edu are cloud services priced per student. Here is the case for AI agents a university owns and runs on its own infrastructure instead.
Best Agentic AI Platforms and Companies in 2026
The agentic AI platform market is crowded and noisy. Here's how to evaluate platforms by the criteria that actually matter — autonomy, integrations, deployment, and ownership — instead of demo polish.
AI in Healthcare: Use Cases, Benefits, and Compliance
A practical guide to AI in healthcare: the highest-value use cases, the benefits providers actually see, and what HIPAA compliance really requires when AI touches patient data.
AI Agents Explained: How Autonomous AI Actually Works
An AI agent is a language model wrapped in a loop that lets it plan, use tools, and check its own work. Here's how that architecture works, the main types of agents, and where the limits are.
Agentic AI Use Cases by Industry: Real Examples
Agentic AI is easiest to understand through the work it does. Here are concrete agent use cases across higher education, healthcare, legal, finance, government, enterprise, K-12, and small business.
Agentic AI vs. Generative AI: The Real Difference
Generative AI produces content when prompted. Agentic AI pursues a goal — planning, acting across systems, and checking its own work. Here's the real difference, and when each one matters.
Is Your AI HIPAA Compliant? What Truly Makes It So
Whether an AI tool is HIPAA compliant depends far more on how it is deployed than on the model behind it. Here is what actually counts, where cloud chatbots fall short, and the architecture that settles the question.
AI Agents for Higher Education Universities Can Own
Most universities are renting AI a seat at a time. Here are the specific agents an institution can run across the student lifecycle — and why owning them, on your own infrastructure, beats a per-seat subscription.
Multi-Agent Architecture: Why Parallel Specialist AI Beats Single-Model Pipelines
Only 40% of enterprise applications will have embedded AI agents by end of 2026. The organizations building multi-agent architectures now are the ones that will have a durable advantage.
AI Agents for Small Business Without Per-Seat Pricing
Per-seat AI pricing punishes small businesses for adding people. Here's how a flat-rate team of AI agents — for support, bookkeeping, scheduling, and marketing — works without an IT team or a per-user bill.
HIPAA-Compliant AI: A Private LLM Where PHI Stays Put
Cloud chatbots put PHI on someone else's servers under a BAA you didn't write. Here's how a private, on-premise LLM lets clinicians use AI for documentation, coding, and patient education without PHI ever leaving the building.
Self-Hosted AI for Financial Services Compliance
Banks and advisors face SEC, FINRA, SOX, and model-risk rules that cloud AI struggles to satisfy. Here's how self-hosted, air-gapped AI agents keep client data and trading intelligence on your own servers.
Air-Gapped AI for Law Firms: Keeping Privilege Intact
Why law firms can't put privileged matter into cloud chatbots, and how air-gapped, on-premise AI lets attorneys use agents for research, review, and discovery without data ever leaving the firm.