Almanac is an open-source, voice-first, privacy-first reference
assistant for DIYers, homesteaders, and anyone off-grid, live
at brandtweary.com/almanac. An open-weights language model and an offline library of
public archives run entirely on a single 32 GB consumer GPU — no
cloud, no accounts; its one optional online feature is web
search. Ask a question while you're under the sink or halfway
into an engine bay: it searches the collection, reads the
passages that matter, and talks you through the repair by voice
while your hands stay on the work.
Assembled and indexed an offline reference library of roughly
100,000 documents: full English Wikipedia, the complete English
Project Gutenberg collection, iFixit's 103,000+ repair
guides, Appropedia, and more
Built hybrid retrieval over the collection, combining keyword
search with semantic search over document embeddings, with
optional reranking of the results
Designed the agent loop to run in the browser: it chooses what
to search and read, follows up when it needs more, and backs
every answer with a linked sources list
Built the voice pipeline locally: faster-whisper speech-to-text
and Pocket TTS synthesis
Protected the corpus with an RFC 6962 Merkle manifest,
background scrubbing, per-document quarantine, and repair from
parity or upstream copies
Open source under the MIT license, written in TypeScript and
Python
Embedded systems
Personal projects·
– Present
Hardware and firmware work built from stock electronics,
programmed in Rust and C.
The largest is minibot, an open-source, voice-controlled robot car
built February to May 2026: a Maqueen chassis driven by a BBC
micro:bit, with a HuskyLens camera running custom firmware. Say
"go forward" or "turn red" and it just does it, the command
recognized and executed on the hardware itself with no internet
involved; ask for something more involved — "patrol the room and
tell me if anything gets close" — and a language model works out
how to carry it out. It can also be taught: new behaviors,
uploaded as scripts, persist across power cycles and run entirely
on-chip.
Wrote the robot's firmware in embedded Rust, including a
scripting engine small enough to run on the micro:bit itself,
so uploaded behaviors execute on-chip at ~30 ms response with
no computer attached, and a hardware watchdog that reboots the
robot automatically if its firmware ever locks up
Implemented speech recognition that runs entirely on the
camera's K210 coprocessor, recognizing roughly 50 spoken
commands with no internet or server involved
Streamed live camera video over Bluetooth, and made the robot
directly controllable by an AI agent
Built a working phone app that drives the robot, with the
phone serving as its wireless link
Other embedded work:
Mushroom signal monitoring: ESP32 firmware reading
microvolt-scale bioelectric signals from living Hericium erinaceus (lion's mane)
mycelium
through a 16-bit ADC, alongside CO2, temperature, and humidity
sensing, streamed over WiFi to host servers
Termite vibration monitoring: a two-channel piezo rig listening
for substrate vibration in a Reticulitermes-colonized log against
an uncolonized control — capturing headbanging, the drumming signal
termites use to communicate through the wood itself
Soil moisture sensing: a capacitance-based soil moisture
sensor read by an ESP32 and displayed on an LCD with dry/wet
calibration constants
Field Experience
Essig Museum at UC Berkeley
Entomology Field Technician·
–
·Berkeley, CA
Worked as a full-time field technician at the Essig Museum of
Entomology as part of a grant to collect DNA barcodes from every
insect species in California.
Organized and conducted entomological surveys across
California using a range of collecting techniques (pitfall,
malaise, sweeping, beating)
Sorted, identified, and processed arthropod specimens, often
preparing them for DNA barcoding and extraction
Secured federal and state research permits, including National
Park Service permits for Point Reyes and Pinnacles and an
authored research proposal for Six Rivers National Forest
Conducted post-construction biodiversity surveys at Apple Park
under contract between Apple and the Essig Museum
Coordinated field operations across the UC Natural Reserve
System: site scheduling, reserve invoicing, travel reporting,
and budget tracking
Liaised with researchers and reserve managers across the state
of California
Monarch Joint Venture
Monarch Monitoring Field Technician·
–
·CA
Full-time field technician on a statewide survey of western
monarch butterflies and their habitat across California BLM land.
Performed vegetation and butterfly surveys across remote
California public land
Traveled overnight to remote sites statewide to assess and
evaluate habitat restoration and enhancement projects
Served as primary liaison with Bureau of Land Management staff
Communicated with and trained land managers, partners, and
colleagues
Selected sites using ArcGIS; navigated by GPS, paper map, and
compass, frequently hiking 5+ miles a day
Identified plants, recorded detailed field data, and
maintained and repaired equipment
UC Santa Cruz, Natural Reserves
Field Researcher·
–
·CA
Field researcher on a project studying the effects of the 2020
California wildfire season on burned University of California
reserves.
Served as arthropod specialist on a team conducting ecological
surveys at burned and unburned habitats across six UC reserves
Owned implementation and execution of all arthropod sampling,
and trained other crew members in the methodology
Conducted soil, vegetation, and small mammal sampling
Orana Sanctuary Biodiversity Survey
Lead Entomologist··Victoria, Australia
Contracted by Odonata, a bush regeneration and sustainable land
management non-profit, to conduct a biodiversity survey.
Designed and conducted a 3-day survey assessing insect
diversity at Orana Wildlife Sanctuary, collecting and
identifying insects in the field
Liaised with conservationists, landowners, and contractors
Authored the full insect diversity report delivered to the
client
Will Lab, UC Berkeley
Research Assistant·
–
·Berkeley, CA
Insect systematics lab under Prof. Kip Will, studying fire
effects on arthropod assemblages at Mt. Diablo State Park.
Trained and managed other undergraduates; streamlined lab
protocol
Organized the project database, analyzed results, and authored
annual reports
Conducted twice-monthly field work; identified arthropods and
curated specimens
USDA-ARS Invasive Species and Pollinator Health Research Unit
Field Technician·
–
·Albany, CA
Biological control research on exotic weeds using insects as
control agents.
Cultivated exotic weed species for experimental use
Reared insect colonies for biological control and performed
field releases in the California Central Valley
Research
Cyanide resistance and predatory behavior of
Promecognathus beetles
Lead Researcher·
–
·Berkeley, CA
Independent research project on a California ground beetle's
predation of cyanide-producing millipedes.
Designed and executed the study, performing gas
chromatography-mass spectrometry analysis on gut contents and
defensive secretions
Funded by the College of Natural Resources SPUR program and the
Save Mt. Diablo Mary Bowerman Science and Research Program
First author on the resulting paper in
Annals of the Entomological Society of America
Co-founded the organization and led it for two years.
Led weekly meetings, collecting trips, and events; managed
club finances
Ran public outreach at CalDay and the Bay Area Science Festival
(30,000+ visitors)
Education
University of California, Berkeley
Bachelor of Science·
Major: Molecular Environmental Biology. Department of Environmental
Science, Policy, and Management.
Skills
Entomology
Arthropod identification and systematics; specimen collection,
pinning, curation, labeling, and collection databasing; specimen
preparation for DNA extraction and barcoding; insect rearing and
live colony maintenance; behavioral assay design
Field Survey Methods
Malaise, pitfall, pan, ramp, and light trapping; sweep netting,
beating sheets, Berlese funnels, aquatic sampling, baiting, and
hand collecting; vegetation cover and fuel load estimation; canopy
fire damage assessment; small mammal trapping (Sherman traps);
soil cores, mini disk infiltrometer, hydrophobic testing; laser
range finder
Botany & Restoration
Native plant identification; wildlife identification; habitat
evaluation and restoration project assessment; ecological
restoration; horticulture and cultivation of plants for
experimental use; oyster and lion's mane mushroom
cultivation
Laboratory
Sterile laboratory protocol; gas chromatography-mass spectrometry;
sample processing and chain-of-custody handling; specimen and
sample shipping to partner institutions
Research & Scientific Practice
Independent experimental design; data analysis; scientific writing
and peer-reviewed publication; technical reporting for clients and
agencies; federal and state research permitting (NPS, USFS, BLM);
public science outreach
Field Operations
ArcGIS; GPS, paper map, and compass navigation; remote and
backcountry fieldwork; 4x4 operation; multi-site scheduling, budget
tracking, and travel logistics; training and supervision of field
crews. Wilderness First Aid (2023), CPR (2021)
LLM application development; agent architectures and multi-agent
orchestration; long-term memory systems for AI agents; deep
reinforcement learning; spiking neural network simulation;
artificial life; retrieval systems (term-matching, embeddings,
vector search); speech-to-text and text-to-speech pipelines; LoRA
fine-tuning; PyTorch; evaluation and benchmark design
Embedded & Hardware
Embedded Rust and C/C++ on ESP32; ESP-IDF toolchain; sensor
integration and signal acquisition; piezo and electrode
instrumentation for biological signal capture
Other
Macro photography, Adobe Photoshop and Lightroom, Godot engine