Blueshift LLC (DBA Outward Technologies) — SEER Solar Sintering + Lunar ISRU Portfolio¶
Last updated: Session 91, 2026-04-07
Summary¶
Blueshift LLC, operating as Outward Technologies, is a Broomfield, CO startup building a comprehensive lunar ISRU technology suite. Their FO project — SEER (Sintering End Effector for Regolith) — is one piece of a ~$9.1M NASA SBIR portfolio spanning 21 contracts and 8+ product lines. The company develops solar-powered sintering for landing pads, oxygen extraction, solar welding, mirror arrays, terramechanics modeling, and regolith casting. Founded by Ryan Garvey, they partner with Colorado School of Mines. No DoD contracts found — this is a pure NASA SBIR-funded company.
This is the most comprehensive lunar construction technology portfolio from a single small business in the FO program.
FO Project¶
| Field | Value |
|---|---|
| Project | 158514 |
| Title | Parabolic Flight Testing for the Sintering End Effector for Regolith (SEER) |
| Lead Org | Blueshift, LLC |
| PI | Ryan Garvey |
| TRL | 5→6 |
| Period | 2024-09 to 2027-09 |
| TX | TX07.1.1: Destination Resource Exploration |
| Views | 3,309 |
| Status | Active |
| FO funding type | SBIR Phase III ($255K) |
Technology¶
SEER is a robotic end effector that concentrates solar energy to melt and fuse lunar regolith into structures — no binders, no Earth-supplied materials. It accepts sunlight from a primary solar concentrator and increases concentration by 4–11×, maintaining focal point temperatures of 1,000–1,100°C. Sintering at translation speeds of 1–10 mm/s. Energy transmission efficiency >82.2%.
Primary application: Fabrication of lunar launch and landing pads from regolith via selective solar melting (SSM). Colorado School of Mines partnership developed a design tool for optimal pad geometries, materials, and configurations that minimize Earth-launched hardware.
The FO parabolic flight campaign validates SEER performance in reduced gravity before lunar deployment.
Full NASA SBIR Portfolio¶
Blueshift has 21 NASA contracts totaling ~$7.9M across 8+ distinct product lines:
| Product | Description | Phase | Amount |
|---|---|---|---|
| SEER | Sintering End Effector for Regolith — solar-powered landing pad construction | Ph I → II → III (FO) | $1.05M + $255K |
| MORRE | Multi-Stage Oxygen and Regolith Resource Extractor — metals + O₂ from regolith | Ph I → II | $156K + $900K |
| LAMA | Lunar Articulating Mirror Array — solar concentrator optics | Ph I → II | $156K + $900K |
| SOWAR | Solar On-Orbit Welder for Assembly, Repair, and Manufacturing | Ph I → II | $156K + $898K |
| Plume-Surface | Modeling Plume-Surface Interactions for Landing Pads and Untreated Ground | Ph I → II | $156K + $900K |
| Terramechanics | Modeling rover-regolith interactions at lunar poles (permanently shadowed regions) | Ph I → II | $125K + $760K |
| RE4CH | Resource Extruder for Continuous Casting of constant cross-section hardware (glass/ceramic) | Ph I | $156K |
| PRECIS | Precision Regolith Emplacement Compaction and Integrated Smoothing Equipment (STTR) | Ph I | $157K |
| SCORE | Solar Concentrator Oxygen Reactor with Continuous Heating and Extrusion of Regolith | Ph I | $125K |
| Landing Pad Optimization | Optimization of Lunar Materials for Launch and Landing Pads | Ph I | $157K |
| Terramechanics v2 | Physics-Based Continuum Numerical Framework for Large-Scale Lunar Terramechanics | Ph I | $156K |
| PRECISE (new Sep 2025) | Precision Regolith Emplacement, Compaction, and Integrated Smoothing Equipment — rover-mounted lunar surface prep | Ph I | $156.5K |
| Multi-scale regolith-mobility modeling (new Sep 2025) | Coupled DEM/RKPM simulation of lunar rover-regolith interactions | Ph I | $156.4K |
Portfolio structure (Session 91 update): 14 TechPort projects and 21 USASpending contracts totaling ~$9.1M. 6 products at Phase II (FaRROE and LAMA Phase IIs now Completed, May 2025), 1 at Phase III (FO). MORRE Phase II (158663) active through June 2026 (TRL 4→5) — the last active Phase II. The portfolio covers the full lunar surface operations stack: construction (SEER, PRECISE/PRECIS), resource extraction (MORRE, SCORE, FaRROE), infrastructure (LAMA), manufacturing (SOWAR, RE4CH), mobility planning (terramechanics × 2), and plume modeling.
Dollar Tracking¶
| Source | Amount | Notes |
|---|---|---|
| NASA SBIR/STTR (21 contracts) | ~$9.1M | 2019–2026; all ISRU/lunar surface technology (corrected Session 91: full USASpending reconciliation) |
| NASA FO Phase III (SEER) | $255K | 80NSSC24CA208; parabolic flight testing 2024–2027 (included in total) |
| DoD | $0 | No DoD contracts found in USASpending |
| Total tracked | ~$9.1M | Pure NASA SBIR-funded company |
Downstream Impact¶
Lunar Surface Infrastructure Pipeline (active)¶
Blueshift/Outward Technologies is positioning as a lunar construction technology provider. Their product lines cover: 1. Landing pad construction (SEER + PRECIS + plume-surface modeling) 2. Oxygen production (MORRE + SCORE) 3. Metal and glass manufacturing (MORRE metals + RE4CH casting + SOWAR welding) 4. Solar energy infrastructure (LAMA concentrator) 5. Mobility planning (terramechanics modeling)
No commercial revenue yet — all funding is NASA SBIR. But the portfolio breadth suggests the company is building toward a comprehensive lunar surface operations capability.
Technology Maturation Path¶
SEER is the most advanced product: Phase I → Phase II → Phase III (FO flight test). SEER parabolic flight test completed May 18, 2025 via Zero-G Corporation (funded jointly by FO + SBIR Phase II-E). The test demonstrated controlled regolith flow under lunar gravity and vacuum conditions, advancing the deposition subsystem to TRL 6. The next step would be a lunar surface demonstration, likely through a CLPS lander or Artemis surface mission.
Academic Partnership¶
Colorado School of Mines — a leading institution in space mining research — is a key partner. This strengthens the technology base with materials science expertise and provides a talent pipeline.
Session 91 Note: ASCE Earth & Space 2026 Conference¶
Garvey is presenting at ASCE Earth & Space 2026 (April 13–16, Texas A&M) on development of shelters and protective barriers on the Moon and Mars from in-situ bulk regolith. This is the premier venue for lunar construction research and signals continued active engagement with the academic/engineering community. FaRROE Phase II [154501] and LAMA Phase II [154608] both now show as Completed in TechPort (ended May 2025). MORRE Phase II [158663] is the last active Phase II, ending June 2026. The FO SEER project [158514] remains active through September 2027.
Significance¶
Archetype: SBIR Portfolio Company — Blueshift exemplifies the pattern where a single small business builds an entire technology vertical through serial SBIR awards. FO serves as the flight-test validation step for the most mature product (SEER), while the broader portfolio advances through SBIR Phase I/II.
Why this matters for FO: The FO project ($255K) is a tiny fraction of Blueshift's $7.9M NASA portfolio. FO's value here is providing the microgravity validation that SBIR alone cannot — physical testing in reduced gravity is the critical TRL gate between lab simulation and lunar deployment.
Comparison to CisLunar Industries: Both are small companies building comprehensive ISRU portfolios through SBIR+FO. CisLunar focuses on metal processing and propellant; Blueshift focuses on construction and oxygen extraction. Both target the same lunar surface operations market.
Surprise level: HIGH — Expected a small ISRU startup with 1–2 products. Found a comprehensive 8+ product line company with $7.9M in NASA funding — the largest SBIR portfolio of any FO participant not previously identified.
Verification¶
- Sample size: 1 FO project; 21 NASA contracts
- Queries: techport_get_project [158514]; techport_find_projects lead_organization=Blueshift; USASpending search "Blueshift LLC" + NASA; web search Blueshift LLC Outward Technologies
- Evidence: USASpending contract records confirmed (21 awards, ~$9.1M verified Session 91); Outward Technologies website confirmed; ASCE publication on landing pad construction; sbir.nasa.gov firm profile confirmed; patents assigned to Blueshift LLC dba Outward Technologies confirmed
- Counter-query: Does Blueshift have non-NASA revenue (commercial, DoD, international)? No USASpending DoD contracts found. Company website shows no commercial products for sale — appears 100% NASA SBIR-funded
- Confidence: Confirmed for NASA portfolio scope; speculative for commercial viability (no non-NASA revenue identified)
Patent Portfolio (Session 65 addition)¶
Blueshift holds patents (assigned to "Blueshift, LLC dba Outward Technologies") for a solar energy particle receiver system — directing sunlight to heat and sinter particles such as lunar regolith at controlled temperatures. The patented system uses supplemental concentrating reflective optics cooled to prevent overheating, with a sweeping gas directed at the reflective surface to prevent optical fouling. Additional patents cover a solar concentrator reactor system for high-temperature thermochemical processes yielding oxygen from regolith. This IP portfolio is a positive signal for defensible commercial positioning — the company is protecting its core ISRU technology chain.
Cross-References¶
- CisLunar Industries — comparable ISRU small business; metal processing + DARPA + FO
- Protoinnovations — CMU spinoff doing lunar mobility (wheel-regolith); terramechanics overlap
- Space Lab Technologies — another multi-SBIR FO participant building lunar tech portfolio
- Interlune — lunar resource extraction (He-3); different resource target, same surface operations domain