HOOK ME UP SOLUTIONS LLC
Directory information score: 6/100
Profile updated October 2, 2026
HOOK ME UP SOLUTIONS LLC is listed in the Oregon Construction Contractors Board Active Licenses roster as a Residential General Contractor (CCB license 244413), with a listed expiration of 2027-05-11. The CCB roster was updated 2026-10-01. The HARP Contractors contact snapshot dated 2026-08-17 lists a phone number and address in ALOHA, Oregon. These are dated public records; this directory does not rate workmanship or confirm current availability.
Directory information score for HOOK ME UP SOLUTIONS LLC
Fixed points summarize recorded information, not service quality. Missing data adds no points and may explain a lower score. Listed credentials and press mentions are not independently verified by this score.
- Public rating
- N/A/5 → 0 / 35 points
- Review Volume
- 0 reviews → 0 / 20 points
- Listed credentials
- None listed → 0 / 5 points
- Listed press mentions
- 0 mentions → 0 / 3 points
- Web Presence
- 0 / 20 points
- Recorded history
- N/A → 0 / 2 points
- Profile information
- 6 / 15 points
Key facts
- Based in
- ALOHA, OR
- Address
- 20449 SW TUALATIN VALLEY HWY #315
- Phone
- 5034687067
- Budget tier
- Contact firm
- Licensed in
- OR
Frequently asked questions
- What services does HOOK ME UP SOLUTIONS LLC offer?
- HOOK ME UP SOLUTIONS LLC's specific services are not yet catalogued in our directory. Contact the firm directly for their current service offerings.
- What is HOOK ME UP SOLUTIONS LLC's typical project cost?
- Cost information for HOOK ME UP SOLUTIONS LLC is not published in our directory. Contact the firm directly at 5034687067 for a project-specific quote.
- Where is HOOK ME UP SOLUTIONS LLC located and what areas do they serve?
- HOOK ME UP SOLUTIONS LLC is based in ALOHA, OR and lists licensing in OR. Confirm current standing with the relevant regulator.
- How do I hire HOOK ME UP SOLUTIONS LLC?
- To hire HOOK ME UP SOLUTIONS LLC: call 5034687067. Most contractors ask about scope, timeline, and budget range before scheduling an estimate.