Cape Canaveral & Orlando, Florida
The Launch Capital of America.
The Simulation Capital of the World.
109 rocket launches in 2025. Up to 120 planned for 2026. $7 billion in annual simulation and training contracts. SpaceX’s $1.8 billion Gigabay under construction. L3Harris headquarters in Melbourne. A $6 billion aerospace pipeline. We’re the onshore engineering team that keeps the code behind launch operations, national security, and warfighter training documented and audit-ready.
Vibe Coding Just Shipped to a Launch Support System
AI-generated code ships fast and looks clean. Until the CMMC assessor or NASA security review finds the gap. When your code touches launch processing, satellite integration, or range safety systems at the busiest spaceport in the world, “it passed review” could cost a mission.
Your Offshore Team Has Access to Satellite Program Data
ITAR, CMMC, and DFARS don’t care where your contractor sits. If they’re touching launch vehicle specifications, satellite constellation data, or national security payload information from overseas, you’re disqualified from the contract.
Your Training Platform Was Built for 30 Launches a Year
Florida launched 109 rockets in 2025. The cadence is accelerating toward airport-like operations. Systems built for a slower era are being asked to support commercial, civil, and national security missions simultaneously. The infrastructure can’t keep up without modernization.
The Risks Nobody Talks About Until It’s Too Late
01
Vibe Coding Is a Mission Risk Waiting to Happen
Your dev team is using AI to ship faster. That’s fine. Until it isn’t. AI-generated code doesn’t get reviewed the way human-written code does. It introduces logic errors, insecure dependencies, and auth gaps that slip through because nobody fully understands what was generated. In a region where launch operations process 100+ missions a year and simulation systems train every branch of the military, one unchecked endpoint isn’t just a bug. It’s a mission abort, a training system failure, or a national security satellite that doesn’t reach orbit.
02
Offshore Isn’t an Option When Launch Data Is Involved
This isn’t about cost savings. It’s about eligibility and mission integrity. ITAR prohibits sharing launch vehicle and satellite data with foreign nationals. CMMC requires protecting CUI within U.S.-controlled environments. National Security Space Launch contracts demand the highest clearance levels. If your offshore team has access to payload integration data, range safety systems, or classified constellation specifications, you’re not just exposed. You’re done competing in the Space Coast ecosystem.
03
Your Systems Were Built for a Different Launch Cadence
Florida went from a few dozen launches per year to 109 in 2025. SpaceX alone projects up to 120 launches per year from its Florida pads. The infrastructure, ground systems, and support tools built for a slower cadence are being stretched to their limits. One bad update, one deprecated library, one new integration, and your launch processing, range coordination, or mission tracking systems fail at the worst possible moment.
04
CMMC 2.0 Is Here and Space Coast Contractors Are in the Crosshairs
CMMC is no longer theoretical. The DoD is requiring certified compliance as a condition of contract award. Level 2 requires third-party assessments against 110 NIST SP 800-171 controls. With Cape Canaveral Space Force Station executing National Security Space Launch missions and NAWCTSD managing Navy training systems from Orlando, the contractors supporting these missions are among the first facing mandatory assessments. Self-attestation is no longer sufficient.
05
Cyber Insurers Are Asking Aerospace-Grade Questions
The days of filling out a form and getting a policy are over. Underwriters are asking technical questions calibrated to launch operations and defense simulation. Do you have MFA everywhere? How is your code reviewed? What’s your incident response plan? If vibe-coded features are processing launch telemetry, training scenarios, or satellite data with no audit trail, your claim could be denied. Or your premium just tripled.
06
You’re Automating the Easy Parts, Not the Expensive Ones
Most teams automate the easy stuff. The hard stuff (legacy launch processing workflows, manual compliance documentation, cross-system simulation integrations, training content management pipelines) stays manual because nobody wants to touch it. That’s exactly where your operational costs are hiding. We’ve seen aerospace and defense companies cut 40+ hours of manual work per week by automating the workflows everyone assumed were too complicated.
Built for the Companies That Keep This City Running
This isn’t just another aerospace market. It’s where rockets actually leave the ground, where every branch of the military trains its warfighters, and where commercial space is becoming an industry measured in hundreds of launches per year. Space Florida manages a $6 billion aerospace pipeline. $7 billion in simulation contracts flow through Orlando annually. That’s exactly where we operate best.
Commercial Space & Launch Operations
109 Launches in 2025. The Code Running Ground Systems Can’t Fail.
Florida set a record with 109 rocket launches in 2025, transporting over 2,100 payloads totaling more than 3 million pounds. SpaceX is building its $1.8 billion Gigabay, an 815,000-square-foot Starship integration facility at Cape Canaveral, with 600 new jobs. SpaceX projects up to 120 launches per year from its Florida pads alone. Blue Origin employs nearly 4,000 people in Florida and completed its lunar production facility at Cape Canaveral. ULA is doubling its launch cadence. Amazon Leo (formerly Project Kuiper) has a $120 million satellite processing facility with a $19.5 million expansion underway. These companies process launch telemetry, payload integration data, and range safety information under ITAR, NASA security requirements, and security attestation obligations. When the launch cadence reaches airport-like operations, the code supporting it must be mission-grade from day one.
Modeling, Simulation & Training
$7 Billion in Annual Contracts. The Simulation Capital of the World.
Orlando is the recognized modeling, simulation, and training capital of the world. $7 billion in annual MS&T contracts flow through Central Florida, commissioned by Army, Air Force, and Navy simulation command centers stationed in Orlando. The Naval Air Warfare Center Training Systems Division (NAWCTSD) employs 1,200+ government civilians and is the Navy’s principal center for training system R&D. Team Orlando is a collaborative alliance of all four armed services. Lockheed Martin operates its Training and Logistics Solutions facility here. The I/ITSEC conference, the world’s largest simulation industry event, is held here annually. Central Florida Research Park is the 6th-largest research park in the U.S. Every training platform handling warfighter data, classified scenarios, or weapon system simulations carries CMMC, ITAR, and security attestation obligations simultaneously.
National Security Space
Cape Canaveral Space Force Station Launches the Payloads That Protect the Nation
Cape Canaveral Space Force Station executes National Security Space Launch (NSSL) missions alongside civil and commercial operations. The Space Force’s NSSL Phase 2 contracts with SpaceX and ULA ensure the nation’s most critical military satellites reach orbit from Florida’s launch pads. Lockheed Martin broke ground on a $140 million facility in Titusville adding 300 high-paying jobs. Infrastructure upgrades at both CCSFS and Kennedy Space Center are enabling faster turnaround times. The Artemis II mission planned for 2026 will mark humanity’s return to lunar orbit, launched from KSC. Every contractor supporting these missions handles classified or CUI data under CMMC, ITAR, and the most stringent national security requirements in the defense industrial base.
Defense Technology & Systems Integration
L3Harris Headquarters. Every Major Prime. The Full Defense Stack.
L3Harris Technologies, one of the largest defense contractors in the world, is headquartered in Melbourne on the Space Coast. Lockheed Martin operates missiles and fire control R&D and manufacturing in Orlando. Northrop Grumman builds military satellite systems and C4I systems from Orlando and Apopka. Collins Aerospace, Leonardo DRS, and Embraer hold major centers across the region. Boeing and Leidos operate from Central Florida Research Park. Tomahawk Robotics in Melbourne won a $4.1 million Marine Corps unmanned systems contract. This ecosystem spans the full defense technology stack from sensor systems to command control. Every tier carries CMMC obligations flowing down from the primes, and the companies winning contracts are the ones who invested in compliance-first engineering.
Aerospace Workforce & University Pipeline
UCF Produces More Aerospace Graduates Than Almost Any University in the Country
The University of Central Florida is one of the nation’s largest universities with 20+ aerospace, space, and defense-related degrees. UCF’s Institute for Simulation and Training has been advancing human-centered simulation research since 1982. UCF received $37.5 million from the DoD in 2023 for research projects. Embry-Riddle Aeronautical University offers simulation science programs. Full Sail University provides simulation and visualization degrees. The Army’s Cyberwerx initiative pairs UCF experts with PEO STRI for cyber operations research. 500,000 higher education students within 100 miles of downtown Orlando make this the fastest-growing metro for STEM jobs in the country. The technology companies building workforce development platforms, research tools, and educational software for these institutions carry data privacy obligations that grow with every new program.
Stop Duct-Taping. Start Automating.
Every patch you add to a 15-year-old system is borrowed time. You know the person who built it is gone. You know nobody fully understands what happens when X triggers Y. You know it’s going to break, you just don’t know when.
We go in, map the thing, document it properly, and build a modernization path that doesn’t take your operations offline. Then we find every manual process that should have been automated five years ago and we fix it.
40+
Hours/week recovered through automation
0
Offshore contractors touching
your data
100%
US-based
engineering team
1
Point of contact who actually
knows your stack
If You Handle Sensitive Data,
You Have Compliance Obligations. Full Stop.
We don’t just build software. We build software designed to hold up under an assessment, a mission review, and an ITAR audit. We engineer with compliance in the architecture, not bolted on at the end.
ITAR
Export control compliance, missile technology restrictions, U.S. person requirements
CMMC
Level 2 assessment readiness, CUI protection, NIST 800-171 control implementation
DFARS
Defense procurement compliance, 252.204-7012 cyber incident reporting, CUI safeguards
The Comparison Your CFO Needs To See
Offshore looks cheaper until you run the real numbers. Vibe coding looks faster until the auditor shows up.
Here’s what the comparison actually looks like.
Hoyack Core Service |
Hoyack (Onshore) |
Offshore/Vibe Coding |
|
HIPAA & compliance-safe code practices |
Built in from day one |
Assumed, rarely verified |
|
Data stays onshore (US soil) |
Guaranteed |
Often unclear or outright no |
|
Audit-ready code and logs |
Architected for it |
Retroactive fixes required |
|
Code review by human engineers |
Every commit |
AI-gen code often skipped |
|
Cyber insurance eligibility |
Documented & defensible |
Increasingly at risk |
|
Legacy system knowledge transfer |
Full documentation |
Knowledge walks when contract ends |
|
Real total cost (incl. rework, risk, delay) |
Predictable |
Unpredictable & compounding |
If You’re Not Sure Where Your Gaps Are, That’s the Problem.
We’ll do a no-pressure technical assessment of your current stack, compliance posture, and automation opportunities. You’ll walk away knowing exactly what’s at risk, and what it takes to fix it.
