CA / CAN
Strategy: Technology First | Average score 41.2 | Confidence 84.2
Showing 50 of 249 partners (page 2 of 5)
44.4%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Caribbean Netherlands payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Caribbean Netherlands payoff 50.2%
44.4%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Åland Islands payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Åland Islands payoff 50.2%
44.3%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 58.9% | Namibia payoff 67.8%
Skills Mobility and Human Capital Partnership
Labor-market complementarity and digital readiness increase long-run productivity in both economies.
Canada payoff 44.5% | Namibia payoff 53.2%
44.3%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 57.1% | Solomon Islands payoff 67.4%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 47.2% | Solomon Islands payoff 54.2%
44.3%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Anguilla payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Anguilla payoff 50.2%
44.3%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Cook Islands payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Cook Islands payoff 50.2%
44.2%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Wallis and Futuna payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Wallis and Futuna payoff 50.2%
44.2%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Saint Barthélemy payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Saint Barthélemy payoff 50.2%
44.1%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Saint Pierre and Miquelon payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Saint Pierre and Miquelon payoff 50.2%
44.1%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 63.4% | Pakistan payoff 70.8%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 44.9% | Pakistan payoff 50.8%
44.1%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Saint Helena, Ascension and Tristan da Cunha payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Saint Helena, Ascension and Tristan da Cunha payoff 50.2%
44.0%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 54.2% | Gabon payoff 68.9%
Skills Mobility and Human Capital Partnership
Labor-market complementarity and digital readiness increase long-run productivity in both economies.
Canada payoff 40.5% | Gabon payoff 53.8%
44.0%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Montserrat payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Montserrat payoff 50.2%
44.0%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 59.8% | Syria payoff 67.2%
Skills Mobility and Human Capital Partnership
Labor-market complementarity and digital readiness increase long-run productivity in both economies.
Canada payoff 41.4% | Syria payoff 50.9%
44.0%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Falkland Islands payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Falkland Islands payoff 50.2%
43.9%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Tokelau payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Tokelau payoff 50.2%
43.9%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Svalbard and Jan Mayen payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Svalbard and Jan Mayen payoff 50.2%
43.9%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 62.5% | India payoff 75.5%
Skills Mobility and Human Capital Partnership
Labor-market complementarity and digital readiness increase long-run productivity in both economies.
Canada payoff 40.2% | India payoff 56.2%
43.9%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Norfolk Island payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Norfolk Island payoff 50.2%
43.9%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Christmas Island payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Christmas Island payoff 50.2%
43.9%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Niue payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Niue payoff 50.2%
43.8%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Antarctica payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Antarctica payoff 50.2%
43.7%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Vatican City payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Vatican City payoff 50.2%
43.7%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Cocos (Keeling) Islands payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Cocos (Keeling) Islands payoff 50.2%
43.7%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 56.5% | Vanuatu payoff 62.2%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 45.2% | Vanuatu payoff 49.1%
43.6%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 57.5% | Nicaragua payoff 70.3%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 45.1% | Nicaragua payoff 52.3%
43.6%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | French Southern and Antarctic Lands payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | French Southern and Antarctic Lands payoff 50.2%
43.6%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 56.3% | Northern Mariana Islands payoff 64.8%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 48.7% | Northern Mariana Islands payoff 50.3%
43.4%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 57.9% | Equatorial Guinea payoff 65.9%
Skills Mobility and Human Capital Partnership
Labor-market complementarity and digital readiness increase long-run productivity in both economies.
Canada payoff 43.1% | Equatorial Guinea payoff 52.3%
43.4%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 59.0% | Gambia payoff 64.6%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 47.4% | Gambia payoff 54.4%
43.4%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 60.6% | Senegal payoff 70.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 46.4% | Senegal payoff 51.5%
43.3%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 61.7% | Bangladesh payoff 71.3%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 46.3% | Bangladesh payoff 49.9%
43.2%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 58.3% | Guatemala payoff 70.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 44.1% | Guatemala payoff 52.4%
43.1%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Pitcairn Islands payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Pitcairn Islands payoff 50.2%
43.1%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 54.2% | Eswatini payoff 66.7%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 44.7% | Eswatini payoff 52.7%
43.1%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 61.0% | Myanmar payoff 67.2%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 46.3% | Myanmar payoff 54.4%
43.1%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 57.6% | Honduras payoff 71.2%
Skills Mobility and Human Capital Partnership
Labor-market complementarity and digital readiness increase long-run productivity in both economies.
Canada payoff 41.6% | Honduras payoff 54.1%
43.0%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 56.5% | Sint Maarten payoff 60.3%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.1% | Sint Maarten payoff 50.2%
43.0%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 56.6% | Turks and Caicos Islands payoff 60.5%
Skills Mobility and Human Capital Partnership
Labor-market complementarity and digital readiness increase long-run productivity in both economies.
Canada payoff 32.8% | Turks and Caicos Islands payoff 38.1%
42.9%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 60.8% | Turkmenistan payoff 68.3%
Skills Mobility and Human Capital Partnership
Labor-market complementarity and digital readiness increase long-run productivity in both economies.
Canada payoff 42.1% | Turkmenistan payoff 51.3%
42.9%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 58.7% | Mexico payoff 74.4%
Skills Mobility and Human Capital Partnership
Labor-market complementarity and digital readiness increase long-run productivity in both economies.
Canada payoff 41.7% | Mexico payoff 58.1%
42.6%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 53.2% | Macau payoff 71.0%
Skills Mobility and Human Capital Partnership
Labor-market complementarity and digital readiness increase long-run productivity in both economies.
Canada payoff 44.6% | Macau payoff 60.0%
42.6%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 54.3% | North Korea payoff 51.8%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 51.8% | North Korea payoff 47.3%
42.3%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 58.3% | Nepal payoff 68.8%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 45.8% | Nepal payoff 55.3%
42.2%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Heard Island and McDonald Islands payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Heard Island and McDonald Islands payoff 50.2%
42.2%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | United States Minor Outlying Islands payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | United States Minor Outlying Islands payoff 50.2%
42.2%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | South Georgia payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | South Georgia payoff 50.2%
42.2%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | Bouvet Island payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | Bouvet Island payoff 50.2%
42.2%
Technology Transfer and Joint R&D
Capability gaps plus adequate skills make co-development and diffusion efficient.
Canada payoff 61.0% | British Indian Ocean Territory payoff 61.1%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 50.6% | British Indian Ocean Territory payoff 50.2%
42.1%
Trade Corridor and Supply-Chain Integration
Large combined demand and logistics compatibility improve bilateral trade surplus potential.
Canada payoff 57.7% | Cambodia payoff 71.8%
Food-Water-Climate Resilience Pact
Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.
Canada payoff 44.0% | Cambodia payoff 51.4%