The servers you run on, the software you run, and the training to run them.

Tablar Server Solutions leases and manages business infrastructure, builds custom software under NAICS 541511, runs applied R&D, designs software for space and ground-segment systems, and delivers space cybersecurity training — from Texas, onsite across Denton County and remote nationwide.

• > restore test completed — passed
• > security patches applied to 3 hosts
• > client release deployed — no downtime

Server leasing

Dedicated and virtual servers leased by the month, provisioned, monitored, and maintained by us. Capacity without the purchase order or the refresh cycle.

• Dedicated and virtual hosts
• Provisioning and migration
• Monitoring, patching, uptime checks
• Backups with tested restores
• Scheduled hardware refresh

Custom software development

Software built for how your business actually works. We scope it, build it, hand over the source, and maintain it for as long as you want us to.

• Line-of-business web applications
• Internal tools and dashboards
• API and system integrations
• Database design and migration
• Maintenance and enhancement retainers

Training

Instructor-led space cybersecurity programmes for operations teams, engineers, and organisations entering the space sector, delivered online or on site.

• Space and cyber interoperability foundations
• Zero trust for space systems
• AI and ML for space operations
• Supply chain security
• Post-quantum cryptography

Research & development services

Applied engineering research for teams that need a question answered before they commit a budget. We prototype, measure, and write up what we found — including when the answer is no.

• Feasibility and trade studies
• Prototyping and proof-of-concept builds
• Performance benchmarking and test rigs
• Algorithm and data-pipeline research
• Technical reports and design documentation

Space software design

Software for missions and the ground systems behind them. Built to be testable, reviewable, and documented to the standard the rest of the program is held to.

• Ground-segment and mission-operations tooling
• Telemetry ingest, decoding, and archiving
• Command and control interfaces
• Simulation and hardware-in-the-loop test harnesses
• Data pipelines for downlinked payload data

Capability codes

The NAICS codes covering our scope of work, for procurement, prime-contractor vetting, and vendor registration.

• 541511Custom Computer Programming Services — primary
• 541512Computer Systems Design Services
• 611420Computer Training
• 611430Professional & Management Development Training
• 541715R&D in the Physical, Engineering & Life Sciences
• 518210Computing Infrastructure, Data Processing & Hosting
• 532420Office Machinery & Equipment Rental and Leasing

Scoping call

Thirty minutes on what is breaking, what it costs you, and whether we are the right shop for it. No charge, no pitch deck.

Written proposal

Fixed scope and fixed price where the work allows it, with the assumptions listed so you can see what would change the number.

Build and deploy

Short delivery cycles with something to look at early. You approve each milestone before we move to the next.

Handover and support

Source code, documentation, and credentials are yours. Keep us on retainer or take it in-house — both are fine.

Warehouse inventory portal

Replaced a shared spreadsheet with a live inventory system for a regional distributor: barcode receiving, cycle counts, and reorder alerts across two sites.

Field service scheduling tool

Dispatch board and mobile job sheets for a twelve-person service crew, replacing a morning of dispatch phone calls with a single push to every phone.

Billing and accounting integration

Connected an existing order system to accounting software so invoices post automatically, with a reconciliation report for anything that does not match.

Equipment monitoring dashboard

Rolled readings from leased servers and shop equipment into one screen with threshold alerts by text and email, plus a shared history for the maintenance team.

Telemetry ingest and archive pipeline

Ground-segment service that decodes downlinked telemetry frames, validates them against the packet definitions, and writes a queryable archive with an operator view over the top.

Hardware-in-the-loop test harness

Feasibility study and working prototype for automated regression testing against physical hardware, with a written trade study on the two approaches we benchmarked.

How an exercise runs

Six steps, in order. The platform tracks completion of each.

• 1
  Mission

  Name the operator and program, pick the product under test, choose scenario types, set the seed.
• 2
  Install

  Stand up the software digital twin, hardware-in-the-loop rig or FlatSat.
• 3
  Runtime

  Start the sim clock; passes, telemetry and space weather begin flowing.
• 4
  Baseline

  Establish the nominal envelope with no adversary present.
• 5
  Scenarios

  Blue Team defends the twin against the Red Team, then against the AI adversary.
• 6
  Reports

  Score card, per-scenario winners and downloadable reports in English and Spanish.

What is in the platform

Everything runs in the browser. No install on the operator side.

• Software digital twin, hardware-in-the-loop and FlatSat modes for the product under test
• Scenario library: baseline testing, spoofing / imagery injection, jamming, AI adversary
• Deterministic seed — every run replays identically for debriefs and grading
• Live telemetry (C/N0, clock drift, attack markers) and space weather (Kp, S4, F10.7)
• Imagery comparison: reference frame against latest downlinked frame
• Blue Team actions: isolate data stream, maneuver and frequency hop, update & patch, flag & remediate imagery
• Autonomous AI adversary that shows its options considered and expected value for each move
• Event log mapped to SPARTA and RMF, with downloadable receipts per event
• Scoring, undetected-time and escalation tracking, per-scenario winners
• Combined, Red Team and Blue Team reports generated in English and Spanish

Introduction to Fundamentals

Establish the space-system vocabulary and mission context, ending in a tabletop mission cyber defense exercise.

• Space Systems and Cyber Interoperability6 h
• Space Cyber-Attack Surface and Threat Modeling6 h
• Real-World Space Cyber Incidents6 h
• Space Electronic Warfare Fundamentals8 h
• Zero Trust Architecture for Space Systems6 h
• Cryptography and Post-Quantum Awareness6 h
• Secure Software Updates and Supply Chain Security6 h
• AI/ML and Autonomous Defense Introduction6 h
• Capstone: Mission Cyber Defense Exercise (tabletop, Red vs Blue)10 h

Advanced Instruction & Space Flight Simulator Operations

Apply the fundamentals in practice: advanced modules, then scored exercises on the TSS Space Flight Simulator.

• Space Cyber Risk & Mission Threat Modeling5 h
• Electronic Warfare Operations8 h
• Post-Quantum Cryptographic Engineering6 h
• Secure Software Update Operations4 h
• AI/ML for Space Operations4 h
• Autonomous Cyber Defense3 h
• Space Flight Simulator & Mission Exercises (six digital-twin exercises)
• Capstone Assessment on the digital twin

Implementation, Instructor Qualification & Center of Excellence Handover

Transition the organisation from receiving training to delivering and extending it through its own Center of Excellence.

• Training Environment Implementation & Instructor Demonstration
• Instructor Exercise Delivery
• Instructor Evaluation & Coaching
• Center of Excellence Handover & Training Roadmap
• Scenario Development & Continuing Training Support
• Qualification & Handover

Simulator exercise assessment

• Threat identification and characterization
• Recommended course of action and decision-making
• Threat containment and mission continuity
• Team coordination and communication
• Response to Red Team and AI-adversary activity

Each team receives a score and a performance report with observations and recommended improvements.

What the organisation is left with

• Common operational language across cyber personnel, space operators and mission leadership
• Crews who can tell a cyber event from an equipment fault or an environmental effect
• Scored simulator performance with written observations and recommended improvements
• Qualified instructors able to prepare and deliver exercises independently
• A Center of Excellence with a prioritized training roadmap and a scenario pipeline

Ask about training

The program adapts to your mission, satellite and language. Tell us how many people, where, and when.

Request a quote

Email us directly. Include what you can from this list and we can usually price it from the first message:

• →Which service: leasing, software, training, R&D, or space systems
• →What the situation is today
• →What a good outcome would look like
• →Rough timeline, if you have one

Opens your email app with the message ready to send.

Server leasing, custom software development, space cybersecurity training, applied R&D, and space software design for businesses in Texas and beyond.

Services

• Server leasing
• Custom software development
• Space Flight Simulator
• Training
• Research & development
• Space software design
• Past projects

Company

• 120 Stanley Dr. #119
• Aubrey, Texas, United States
• contact@tablar.io