Five practices. One team that crosses all of them.
Most firms pick a lane: infrastructure or software, IT or OT. We staff every practice with engineers who've worked in the others, so nothing gets lost in the handoff.
The network, compute and identity everything else depends on.
We design, build and run the core, from switching and firewalls to virtualization, cloud and the directory every login touches. Everything is documented, monitored and ready to hand to your team.
- Networking & SD-WANSite LAN, WAN links, routing and multi-site connectivity.
- Firewalls & segmentationPolicy design, rule cleanup, and zones that match how the business actually works.
- Virtualization & data centerHypervisor clusters, storage, and backup and recovery you've actually tested.
- Cloud & hybridLanding zones, migrations and hybrid connectivity, sized to what you run.
- Identity & accessDirectory, single sign-on, MFA and conditional access across every site.
- Security operationsLogging, endpoint protection, vulnerability management and response runbooks.
Industrial networks that stay up and stay contained.
Control systems run on different rules: uptime first, change windows measured in shutdowns, and equipment older than some of the staff. We design for that reality, from the wellsite and the plant floor to the substation.
- Segmentation, zones & conduitsPurdue-model architecture aligned to ISA/IEC 62443, with an IT/OT DMZ that actually brokers traffic.
- Secure remote accessBrokered, recorded, time-limited sessions for vendors and engineers. No direct VPN to the PLC.
- Industrial network designPlant-floor switching, ring topologies and redundancy for deterministic traffic.
- Asset visibility & monitoringPassive discovery and anomaly detection that never touch fragile devices.
- Patching & recoveryTested patch cycles and restorable images for HMIs, historians and engineering workstations.
- IT/OT convergencePlant data to the business without opening a path back down to control.
Software written by people who know where it will run.
Our developers understand the network, the identity system and the plant floor their code depends on. That's the difference between a demo and something operations will trust.
- Custom applicationsWeb apps and internal tools built around how your teams actually work.
- AutomationScripted provisioning, reporting and the repetitive tasks eating your engineers' week.
- IT/OT integrationHistorians, MES, ERP and line-of-business systems, connected through supported interfaces.
- APIs & data pipelinesData moving reliably between systems, with alerts when it doesn't.
- Dashboards & reportingOperational views pulled from systems of record, not spreadsheets.
AI engineered into your operations, not bolted on.
We treat AI like any other production system. It needs identity, data access, network paths, monitoring and governance, and that's work we've been doing for 27 years.
For productivity
- Copilots & assistants grounded in your documents, procedures and systems.
- Agents that take action inside business and industrial workflows, with approvals where it matters.
- Workflow automation joining AI to the tools your teams already use.
- System integration with ERP, historians, ticketing and document stores.
For security
- Threat detection across IT and OT telemetry, tuned to your environment.
- Security operations support for alert triage, enrichment and drafting the response.
- AI governance: agent inventory, data boundaries and usage policy.
- Safe adoption: rollout plans, guardrails and training for the people using it.
The reason we started in 1999.
Companies couldn't find engineers who understood the systems they were building on. We still place them, vetted by engineers rather than keyword filters.
- Staff augmentationEngineers who join your team for a project, a migration or a busy season.
- Contract-to-hireTest the fit on real work before you commit.
- Project teamsA small cross-discipline team that owns a defined outcome.
- Forward Deployed EngineersEmbedded engineers who build alongside you. How it works →
Not sure which practice you need?
Describe the problem. An engineer will tell you who should be on it.