Catch a company just after it raises, before everyone else calls.
PredictLeads tracks funding rounds, hiring, news and technology adoption. The headline use is a filter no general database offers: companies that closed a Series A last quarter and are hiring for a given role. That is a BD list and a candidate brief in one query.
PredictLeads is a trigger. It says which companies just became worth contacting; the rest of the pipeline works out who to contact.
put names to the freshly funded companies
score a long funding list without reading it yourself
in pharma and biotech, trial activity is the earlier signal
confirm the round turned into actual job postings
reference the raise in a multichannel sequence
A skill is a whole pipeline your agent already knows. These ones call PredictLeads as part of the run.
PredictLeads signals fresh funding. Build a candidate pool via GitHub + Apollo weeks before the JDs go live.
Every tool ships with a written playbook, and the agent loads it before the first call. Auth, rate limits, what each call costs, which actions need your approval, and the mistakes worth avoiding. It is the difference between an agent that knows the tool and one that guesses at it.
Read the PredictLeads docs →HOW in lib/predictleads.py. Index: reference/docs/predictleads/raw/endpoints.md.
https://predictleads.com/api/v3, JSON:API shape, meta.count only when page is sent,
the /financing_events discover path, and the billing model.https://predictleads.com/api/v3. Auth (inferred): headers X-Api-Key + X-Api-Token,
env PREDICTLEADS_API_KEY / PREDICTLEADS_API_TOKEN. BYOK (client's own PredictLeads account).page param (JSON:API). iter_discover_financing_events / iter_discover_job_openings
auto-walk it. meta.count appears only when page is sent./companies/{id}/{dataset}) bill per request (0.8 credits/req, up to 1000 records) — cheapest relative to a broad discover sweep; use when you have the domain./{dataset}) bill 0.8 credits/result — use only for broad search. technologies() (the tracked-technologies catalog) is the priciest at 2.4 credits/request.discover_financing_events(...) = recently funded companies by round type
(e.g. Series A) + date → the discovery Apollo can't do by stage. financing_events(domain) = one company's rounds.discover_job_openings(...) = companies hiring a role (e.g. "Account Executive") + recency;
job_openings(domain) = a company's open roles (title, categories, onet, salary, dates).discover_news_events / news_events(domain) / get_news_event(id).technology_detections(domain) / discover_technology_detections / technologies().similar_companies, connections, products, github_repositories (all by domain).company_dataset(domain, dataset, **p) and discover(dataset, **p) cover any dataset; request() covers anything unwrapped.Method names + paths come from the contract; filter param names are inferred — read the method's
doc_ref (reference/docs/predictleads/raw/endpoints.md) and confirm on a 1-record pilot before relying
on a filter (round type, date, title, category, location). Don't invent param keys.
discover_financing_events(round=Series A, recent) → filter SaaS → confirm AE roles via
discover_job_openings(title="Account Executive") or job_openings(domain) → qualify vs ICP → dedupe
(recruit_crm.search_companies) → recruit_crm.create_company (approval-gated). PredictLeads gives us
Deepline-level funding/hiring discovery; the recruiting-CRM write target is ours.
lib/predictleads.pyImport: from lib.predictleads import PredictLeads → instantiate PredictLeads() (reads key from env). Base: https://predictleads.com/api/v3. Generic passthrough: request(method, path, *, params, json).
companies(**params) -> Any — GET /companies — discover/list companies (filters inferred — verify on first pilot).company(identifier: str, **params) -> Any — GET /companies/{domain_or_id} — retrieve one company (name, location, ticker, parent…). CONFIRMED family.company_dataset(identifier: str, dataset: str, **params) -> Any — GET /companies/{id}/{dataset} — a company's records for any dataset (0.8 credits/request, ≤1000).connections(identifier: str, **params) -> Any — GET /companies/{id}/connections — partner/customer/vendor connections for a company.discover(dataset: str, **params) -> Any — GET /{dataset} — discover records across all companies (bills per result). Filters inferred — verify.discover_financing_events(**params) -> Any — GET /financing_events — discover recent funding rounds across companies (round type e.g. Series A,discover_job_openings(**params) -> Any — GET /job_openings — discover job openings across companies (e.g. title 'Account Executive', recency). Per result.discover_news_events(**params) -> Any — GET /news_events — discover news events across companies (category/date filters). Per result.discover_technology_detections(**params) -> Any — GET /technology_detections — discover companies by detected technology. Per result.financing_events(identifier: str, **params) -> Any — GET /companies/{id}/financing_events — a company's funding rounds (amount, round type, date, investors).get_job_opening(opening_id: str, **params) -> Any — GET /job_openings/{id} — a single job opening by id.get_news_event(event_id: str, **params) -> Any — GET /news_events/{id} — a single news event by id.github_repositories(identifier: str, **params) -> Any — GET /companies/{id}/github_repositories — a company's public GitHub repositories.iter_discover_financing_events(*, max_records: int = 1000, **params) -> Iterator[dict] — Auto-paginate discover_financing_events via the page param (bounded by max_records).iter_discover_job_openings(*, max_records: int = 1000, **params) -> Iterator[dict] — Auto-paginate discover_job_openings via the page param (bounded by max_records).job_openings(identifier: str, **params) -> Any — GET /companies/{id}/job_openings — a company's open roles (title, categories, onet, salary, dates).news_events(identifier: str, **params) -> Any — GET /companies/{id}/news_events — a company's news events (hiring, expansion, launches, etc.).products(identifier: str, **params) -> Any — GET /companies/{id}/products — products detected for a company.similar_companies(identifier: str, **params) -> Any — GET /companies/{id}/similar_companies — lookalike companies (with similarity score).technologies(**params) -> Any — GET /technologies — the technologies catalog (pricing/spend metadata). Filters inferred — verify.technology_detections(identifier: str, **params) -> Any — GET /companies/{id}/technology_detections — technologies detected on a company (technographics).