Enterprise AI systems

Production AI, under your control.

Build, deploy, and operate real-world AI systems across public cloud, private cloud, on-premises, edge, and air-gapped environments. Pipelogic gives enterprise teams a reusable way to assemble AI Backends, connect them to Applications, and run them where data, users, and infrastructure require.

Enterprise reality

AI systems have to fit the environment.

Enterprise AI cannot live only in demos, notebooks, or isolated tools. It has to work with live inputs, private data, existing systems, security requirements, distributed teams, and operational workflows.

Pipelogic helps enterprises move from one-off AI projects to reusable systems that can be governed, deployed, updated, and scaled.

Run where data lives

Deploy Backends in cloud, private cloud, on-premises, edge, or air-gapped environments.

Govern access and change

Control who can build, release, deploy, inspect, and operate AI systems.

Integrate with existing systems

Connect cameras, sensors, APIs, databases, brokers, models, and enterprise platforms.

Scale beyond one pilot

Reuse Applications, Components, Backends, and Runtime patterns across sites and teams.

Deployment options

Choose the right Runtime for each AI system.

Some workloads belong in the cloud. Others need to run close to cameras, machines, private data, or restricted networks. Pipelogic supports the deployment model that fits each use case.

Requirement

Best fit

Fast evaluation and demos

Public Cloud — Shared

Managed production with stronger isolation

Public Cloud — Dedicated

Private-network or VPC requirements

Private Cloud — Shared Capacity

Business-critical production with predictable capacity

Private Cloud — Dedicated

Local processing near cameras, sensors, or machines

Always-Connected On-premises / Edge

Remote or intermittently connected operations

Occasionally Connected On-premises / Edge

Sensitive environments with no external connectivity

Air-gapped On-premises / Edge

Cloud and private cloud

Public Cloud — Shared

Fastest way to evaluate Pipelogic, test Applications, and build early Backends.

Best for:

demos, development, testing, occasional workloads

Commercial model:

pay-as-you-go

Public Cloud — Dedicated

Dedicated cloud environment for production workloads that need stronger isolation.

Best for:

managed cloud production, dedicated resources, stronger separation

Commercial model:

pay-as-you-go

Private Cloud — Shared Capacity

Single-tenant application environment on managed private cloud infrastructure or customer VPC.

Best for:

private networking, governance, controlled non-production workloads

Commercial model:

fixed monthly or annual subscription

Private Cloud — Dedicated

Dedicated private environment for enterprise production workloads.

Best for:

predictable performance, stronger isolation, regulated or business-critical systems

Commercial model:

fixed monthly or annual subscription

On-premises and edge

Always-Connected On-premises / Edge

Run locally with continuous connectivity for monitoring, updates, synchronization, and integrations.

Best for:

factories, warehouses, labs, remote facilities, camera-heavy deployments

Occasionally Connected On-premises / Edge

Run locally during normal operation and connect only for installation, updates, synchronization, or deployments.

Best for:

remote sites, mobile platforms, vehicles, vessels, drones, temporary environments

Air-gapped On-premises / Edge

Run inside a fully isolated environment with no internet or external network connectivity.

Best for:

sensitive facilities, regulated environments, sovereign infrastructure, critical operations

Operating model is separate from uptime commitments, support SLAs, or availability guarantees, which are handled through the appropriate enterprise agreement.

Governance and control

Control how AI systems are built, deployed, and operated.

Pipelogic gives enterprise teams a structured way to manage Applications, Backends, Components, Runtimes, releases, and deployments.

Access control

Manage who can create, edit, release, deploy, view, and operate Pipelogic resources.

Auditability

Track important changes across releases, deployments, configuration, and runtime activity.

Secrets and configuration

Keep credentials, API tokens, endpoints, and environment-specific values separate from code.

Data boundaries

Deploy Backends in the environment that matches your data and infrastructure requirements.

Release control

Use versioned Applications, Backends, and Components instead of unmanaged scripts.

Security review support

Work with Pipelogic on architecture diagrams, data-flow explanations, deployment details, and security review materials.

Rollout strategy

Turn one successful pilot into a repeatable rollout.

A production AI system should not be rebuilt from scratch for every site, team, or region. Pipelogic helps enterprises reuse the same Application, Backend, Components, and Runtime pattern while adapting local configuration.

Plan a multi-site rollout
01

Prove the workflow

Start with a working Application and Backend using sample data or a controlled environment.

02

Pilot with real data

Connect to live streams, private data, local APIs, or site systems.

03

Standardize the pattern

Create a reusable Backend and deployment blueprint.

04

Roll out by site or region

Adapt cameras, zones, sensors, users, thresholds, and integrations per location.

05

Improve continuously

Update Components, models, parameters, Applications, and releases with visibility into what is running.

Integration strategy

Connect AI to the systems your enterprise already runs.

Use Pipelogic to connect models, cameras, sensors, APIs, databases, brokers, and business systems into production AI Backends.

Operational systems

MES, ERP, CMMS, WMS, EHS systems, ticketing, reporting, and internal tools.

Physical-world inputs

RTSP cameras, thermal cameras, audio streams, vibration sensors, machine events, labels, and facility metadata.

AI and model infrastructure

Private models, hosted APIs, Triton, TorchServe, vLLM, SGLang, Ollama, ONNX, PyTorch, Hugging Face, and custom inference services.

Data and event systems

HTTP APIs, webhooks, Kafka, RabbitMQ, MQTT, databases, object storage, internal APIs, and cloud services.

User-facing workflows

Dashboards, review queues, control panels, approval flows, customer portals, and internal Applications.

Operate after deployment

Production AI does not end at launch.

Once a Backend is deployed, enterprise teams need to know what is running, where it is running, which version is active, and how the system is behaving.

Talk to enterprise support

Deployment visibility

See active Backends, target Runtimes, deployment status, and environment details.

Runtime health

Monitor whether Runtimes are available and ready to run deployed Backends.

Logs and diagnostics

Inspect logs, runtime output, component behavior, and deployment issues.

Version tracking

Understand which Application, Backend, and Component versions are active.

Parameter updates

Adjust thresholds, filters, destinations, and environment-specific settings.

Enterprise support

Work with Pipelogic on architecture planning, deployment design, troubleshooting, rollout strategy, and production support.

Enterprise engagement

A practical path from review to rollout.

01

Architecture review

Map your use case, inputs, models, Applications, integrations, deployment environment, and operating requirements.

02

Security and procurement review

Support internal security, legal, procurement, and platform teams with the information they need to evaluate Pipelogic.

03

Pilot deployment

Validate the workflow with real data, real users, and a realistic deployment path.

04

Production plan

Define Runtime sizing, integration requirements, support model, release process, and rollout checklist.

05

Scale across teams or sites

Reuse the first working pattern across additional locations, teams, regions, or use cases.

Bring production AI into your enterprise environment.

Build reusable AI systems that fit your infrastructure, governance, deployment, and operating requirements.